JPH0394851A - Foaming, mixing and spraying device for adhesive - Google Patents

Abstract

PURPOSE:To perform uniform spray by providing a mixing circuit equipped with a static mixer in a pipe and providing a feeding circuit of an adhesive to the inlet side of the one hand of the mixing circuit. CONSTITUTION:An adhesive contained in a tank 26 and gas are introduced from two ways of an adhesive feeding circuit 8 and a gas feeding circuit 12 and mixed in a static mixer. An additive such as a curing agent contained in a tank 27 thereof is supplied into the static mixer 4 of a mixing circuit 6 from a supplying path 18 of the additive while inhibiting back flow of the mixture from the mixer 4 by a check valve 17. The outlet side of the mixer 4 is directly connected to a spreader 20 having a structure wherein a pair of impellers 28a, 28b are held in a casing 29. The admixture is directly and discontinuously extruded to the atmosphere and uniformly sprayed on the upper surface of a plate body 19.

Description

[Detailed description of the invention]

[Field of Application in Industry 1-7] The present invention is directed to the use of gases such as air, nitrogen, etc. Gas such as carbon dioxide gas is blown in to produce a foamed bonding agent, and a history is added to this. : Specified lead additives such as hardening agents and chestnut bridge agents? This type of foaming is used when the mixture is intermittently applied to the bonded area. The device is applied to the application of adhesive to wide plate-like bodies such as plywood decks, etc. 8. (Prior technology) 1. The conventional technology of blowing a gas such as perspiration gas into an adhesive such as a rear resin to form a foam adhesive is known, for example, from the Japanese Patent Publication Publication No. 52-
32741Q, Special Publication No. 52-32742 foaming device,
Yoneda Patent No. 3.895. 9 8 4 j4, same 3rd.
965,860月1'l-YKEN000 HANUFAC
1'UIE USING rOAMED GLUES etc. are opened and closed. In addition, the conventional technology of preparing a mixture by mixing predetermined amounts of additives such as curing agents into adhesives such as 1-rear resins, etc., does not involve artificially preparing predetermined amounts of adhesives and additives for predetermined teeth. In this so-called two-component pre-mixing process, a mixture is prepared by soaking and mixing, using a rotary mixer, etc. while transporting adhesives and other additives separately to a mixing tank using a fixed pump such as a Blunger bomb. Prepare the mixture by mechanically crushing and mixing. ! So-called two-component premixing means are well known. Furthermore, there is a conventional technique in which the mixture of adhesive and additives prepared above is intermittently applied to the bonded area. Im means are well known. 3. [Problem to be solved by the invention] Japanese Patent Publication No. Sho 5 2 in which a gas such as compressed air is blown into the contact agent such as urea resin of the above-mentioned prior art to produce a foam adhesive at lv. −
3 2 7 = 1. No. 1 Ya Tokuko Sho 52-: 32742
Foaming means such as No. 1 are foamed by continuously and instantaneously mixing liquid and gas introduced in series units of pores, openings, and mixing parts in multiple stages in the direction of the cylinder, or This is a stationary type bonfire that creates foam by continuously and instantaneously mixing the liquid and gas introduced by forming the pores of the perforated plate in multiple stages from the periphery toward the center of the cylinder. Because it was a foam device,
RE which is a foam extrusion means such as other U.S. Patent No. 3,89 5.9 B 4-Kin and U.S. Patent No. 3.965.860e.
CESSES (concave part) to ROTOR (rotor)
The mechanism is simpler and more economical than the rotating type foaming device using mechanical force formed in the form of a stator.
However, there is some instability in the foaming function of stationary foam packaging, especially in the case of curing adhesives that use hardening agents, chestnut bridge agents, etc. The only way to remove the so-called snowdrifts in cylinders and piping, which are formed in the shape of a mold or rotary type, is to wash them clean with cleaning water, etc., so the residual adhesive can be removed over time. Not only was there a large number of functional problems that could occur due to unforeseen problems such as peeling off and clogging the flow path.
ROTOR (
The method using a rotary foaming extrusion means based on the mechanical force formed in the rotor and STATOR is mainly used to adjust the adhesive supply chain with a variable rotary bonzo, and to inject gas with a pressure reducing valve. Since the mixing ratio of the mixture was adjusted by adjusting the pressure, it depended on the viscosity of the adhesive, temperature, etc.
There were disadvantages such as unstable fluctuations in the mixing ratio and frequent clogging due to equipment such as on-off valves that form small gaps in the flow path. In addition, 11 additives such as curing agents for adhesives such as urea resin of the prior art are mixed in predetermined amounts at a time. Always limited by reuse time

[It is not suitable for automation, and furthermore, the conventional technology-. The liquid 1rj mixing f step is also used to apply adhesive and additives and mix and stir just before the 1'5 work! Equipped with i mixed 4f1 and rotating migi 1 no,
To apply this to the adhesive area, equip yourself with a rubble powder. The 7K method was used for the opening part of these devices and the flow path formed like a labyrinth.
The mixture gradually sticks to the corners, so-called snowdrifts, after a period of time has passed, making it difficult to continue the smooth coating process, and it cannot be easily removed with washing water, etc. The present invention involves blowing the gas of a compressed air gun into the adhesive using the conventional device. This eliminates the drawbacks of the foam extrusion means that collapses in the middle and the above-mentioned conventional method of applying adhesives and additives by mixing. A star buoy mixer with a simple structure, which is connected in multiple stages perpendicular to the intersection B and has no open parts or maze-like snowdrifts in the flow path, can produce high-quality drinks, for example, tens of thousands of tons or more. 8 1fA M'
By adjusting the amount of l, suction mixing can be carried out in an adjustable ratio of the gas supplied to the stardic mixer and the additive to form a mixture in any ratio, and also to remove adhesives that are usually easily mixed. A rotating bong that is resistant to solid matter and dust getting inside! Under intermittent drive control by a type of can-breaking machine, the foam adhesive containing an additive of 119ii can be uniformly dispersed in a waterfall shape on the top surface of the wide plate-shaped body that is connected to the machine. Suitable for two-component, immediately-mixed foam adhesives configured to allow
The aim is to develop a new adhesive foam mixture that can be used to break cloth. [Means for solving the problem] In order to achieve the purpose of Mizubenmei G, we will mix and stir the supplied additives such as curing agents, curing agents, etc. Mixing at the big stage '4! In order to be able to generate IJ, the first and second pipes are equipped with star jick miki υ- in which (j twisted C. Set up a mixed circuit

[Next, store the adhesive in the adhesive tank on the inlet side of the -h of the first mixed circuit, and continuously supply adhesive such as lζ-7-rear resin to the girder. An adhesive supply circuit equipped with a first concave rotary pump such as i='-pump is provided, and a first constrictor is provided in the side path of the first concave rotary pump. ↑ Set up a liquid recirculation circuit with a ↑ & j-, and then set up a 11 L gas such as air that can be supplied to the other inlet side of the mixing circuit when suctioning.
A gas supply path equipped with a first check valve is provided, and then a mixture of the liquid adhesive and a gas such as air is supplied to the outlet side of the first mixing path in step 110. A mixed material transfer circuit equipped with a second constant-velocity rotary pump (1') for transferring to one of the input sides of the mixed-containing circuit of No. 2 is set up. Also, the side passage (mixture reflux I with the second throttle valve) of the type 1 co-rotating Bonzo is connected to iit ci, then the second
Additives such as a curing agent stored in the IJ11 agent tank on the other inlet side of the mixed containment channel are supplied to the second IJJ function during suction.
Add the additive supply circuit with the check valve turned on, then add the adhesive and air rest to the outlet side of the second mixing circuit.
A mixture dispersion circuit equipped with a rotary pump type sprayer was installed to enable the mixture of the agent to be sprayed onto wide plate-like objects such as plywood veneers in a uniform manner. Therefore, there is a foaming mixing and breaking system for adhesives consisting of the following structure or elements 11. Connecting an intermittent drive 8 mechanism of electromagnetic clap play 42 to the late model nI machine.b) Notes [110'] Preparation of a mixture of occlusion agent, Kesen, and additives by 0j Ten Bonzo Hakufufu By reducing the set transfer (h) of the adhesive and gas mixture by the second star-type rotary pump to the minimum, the additive is added by the difference in its volume I-. is sucked into the second mixing circuit and mixed in an arbitrary ratio.
A deceleration drive mechanism such as a variable speed reducer is interposed between the engine and the engine. C) Said second constant=ql. By subtracting the setting supply ffi of the adhesive by the metering type circumferential pump of the younger brother 1, the maximum difference in capacity can be calculated by subtracting the setting supply ffi of the adhesive by the metering type circumferential pump of the younger brother 1 for the setting transfer of the cementing agent and gas mixture by the four-rotation pump. A variable speed reducer is provided between the second metering type co-rotating pump and the first constant-monitoring co-rotating pump so that the gas is sucked in the direction of the first mixing circuit and mixed at an arbitrary ratio. Intervening a deceleration drive mechanism such as a machine. (Function) The present invention is constructed as a prescriptive edict. [Adhesive supply circuit equipped with a one-way pump and adhesive return line [I''] equipped with a first throttle valve are used to apply pressure to an appropriate pressure, for example, about 2 to 20 kg/crtr, and then the star Continuously supplying to the input side of the first mixed circuit equipped with a quick mixer, and
Historically, a gas supply circuit equipped with a first check valve on the other inlet side of the first mixing circuit prevents the backflow of the adhesive from the first mixing circuit, while preventing air, etc. from flowing during suction. For example, more than ten '13 twisters are connected in series so as to supply gas and perform a high-frequency mixing and stirring action of tens of thousands of times or more in the stirrer mixer of the first mixing circuit. In this way, a mixture of the adhesive and a gas such as air, etc., evenly mixed and stirred, is added to the star. 17
While passing through the star bulk mixer, the mixture is transferred to the second stage equipped with a starbucks mixer through a mixture transfer circuit equipped with a second metering type rotary pump such as a -r1 pump in the next stage.
One side of the mixing circuit l. :． Transport. In addition, on the other inlet side of the second mixing path 118, an additive supply circuit equipped with a second reverse n valve is used to supply additives such as a curing agent stored in an additive sink. The mixture is connected to the supply function during suction while preventing the backflow of the mixture from the second mixing circuit. ^
The mixing and agitating action of the adhesive, gas, and additive 7JiJ agent
While passing the mixture of the adhesive, gas, and additives, which were evenly mixed and stirred, through the scute millimeter (
Generation. Then, the next stage rotary pump type spreader, for example, a U with a structure in which a pair of wide impellers are housed in the casing.
! Suction transfer using a one-turn pump type pump. J: The rotary pump type dispersion blow is in the second metering type 1] of the appropriate amount of force generated by the rotary pump and the second throttle valve,
For example, a mixture of the adhesive, gas, and R1 agent added to about 20 kg/cd is intermittently extruded directly into the atmosphere, and the plywood deck is conveyed directly below by a 1-veneer 7, etc. As a foamed adhesive containing additives on one or two sides of a wide plate-like body such as Rotary pump type i'li. The cloth machine is driven by an intermittent drive mechanism such as an electromagnetic clutch sorake, etc., and its rotation is controlled intermittently. Setting of admixture r1i.
For example, if λ is set to 101/min, Ui
m, by arbitrarily subtracting the set transfer star of the adhesive and gas mixture by the second fixed rate 'EJj co-rotating pump, the set transfer rate of, for example, 8 to 91/mn can be obtained. By reducing the amount, the difference in capacity is 1p, i.e. 1
~2iimln (by suctioning the additive into the second mixing circuit and optionally, e.g., 1:0.1 to 1:0,2
A deceleration drive mechanism such as a variable speed reducer is interposed between a drive source such as a seven-wheel motor of the intermittent drive mechanism and the second constant rotary pump so that the mixture can be mixed at any desired ratio, When the rotary pump type reformer and the second metering type rotary pump are set differentially, for example, the rotation speed of the rotary pump type sprayer is set to 600 rpm, the second constant 11 The rotation speed of the mold rotary pump is 480 to 540 rp.
It is constructed so that the mixing ratio of the adhesive and gas mixture and the additive can be controlled by $11 by re-transforming the mixture into a range of about 1.0 m. The set transfer amount of the admixture of the catalytic agent ε gas by the fixed conduit type rotary pump is set to be within the range of 8 to 91/n in the above example, for example, 81/I.
II! With respect to the set transfer rate of the samurai, the set supply rate of the nursing agent by the first fixed-hair type rotary pump is arbitrarily reduced by ε, for example, to a set supply rate of about 5 to 61/min. By drawing the gas into the first mixing circuit by the difference in capacity, that is, 2 to 3 1/min, to an arbitrary ratio of, for example, 1:025 to 1:0375. In the mixing i4 capacity, a deceleration drive mechanism such as a variable speed reducer is interposed between the second fixed-hang type rotary pump 1 and the first metering type co-rotary pump, and the first
and the second fixed type rotary pump differentially, for example, the rotation speed of the second fixed type rotary pump in the above example is set to 480 to 540.
rl) m range, for example, 460 fpIIl, the first mound-shaped rotation? Increase the number of rotations of the engine to 300~
It is designed to differentially control the mixing ratio of the adhesive ε gas 2 by setting the ratio within a range of approximately 360 rpm+. (Embodiment) A basic embodiment of the adhesive foam mixing r1i fabric device of the present invention is as shown in FIG. A gas such as air supplied from a suitable gas source is supplied to an injector such as an injector consisting of a nozzle and a throat attached to the inlet side of the static mixer 4 forming the first mixing circuit b. The stardic mixer is introduced from both the encrusting agent supply circuit 8 and the gas supply circuit 12 through a primary mixer (not shown) and is mixed and stirred at high frequency while passing through the vessel. As shown in Fig. 2, the laser d is usually made by placing a right-handed twist element 2 and a left-handed twist element 3 of about 40 m in length orthogonally in a stainless steel pipe 1 with a diameter of about 20 #.
Since 0 or more are connected in multiple stages in series, the mixing and crushing frequency can reach tens of thousands of times, which is 2 to the power of the number of elements. In addition, gas such as astringent gas introduced from the gas supply circuit 12 side of the static mixer 4 during suction is prevented from flowing back from the star j1' mixer 4 by the first check valve 11. 11, it is configured so that it can be directly supplied from the gas supply circuit 12 into the starbucks mixer 4 of the first mixing path b. Adhesive supply to the star 4 which forms the first mixing circuit 5 (the adhesive stored in the adhesive tank 26 introduced from the road 8 side is A first constant-rate type rotary pump 7 such as a gear A7-pump, a t-pump, a vane pump, etc. as illustrated in the figure, and a first restrictor with f on the side name of the first fixed-rate rotary pump 7. An adhesive reflux circuit 10 consisting of a valve 9 allows the adhesive to be continuously supplied from the inlet side of the static mirror A-4 at an appropriate pressure, for example, about 2 to 20 #/i. On the other hand, on the outlet side of the starbucks mixer 1 forming the first mixing circuit 5, there is also a gear pump, E- No. 2 pump, vane pump, etc.
A mixture recirculation circuit 16 consisting of a metering type four-turn pump 13 and a second throttle valve (7f installed) 5 in a side passage of the second metering type rotary pump 13 is connected to the second mixing pump 13. The circuit 6 is formed by a mixture transfer circuit 14 through a primary mixer (not shown) such as an injector, which is made up of a nozzle and a stop 11 attached to the inlet side of the star disk mixer 4. A mixture of adhesive and gas and additives are introduced from two sides of the additive supply circuit 18 and mixed and crushed at a sieve frequency while passing through the container.
The mixture of the encrusting agent and gas produced in the first mixing circuit 5 was transferred from the mixture transfer circuit 14 to an appropriate pressure, that is, about 2 to 20 Kz/cm. The additive supply circuit of the static mixer 4, which also forms the second mixing circuit 6, is equipped to continuously supply the additive to the static mixer 4 during suction from the 8 side. The additives such as the curing agent stored in the tank 27 are directly supplied from the additive supply circuit 18 by preventing the backflow of the mixture from the static mixer 4 by means of the second check valve 17. The star mixer 4 of the second mixing circuit 6 is fed into the mixer 4 and is configured as follows.
On the outlet side of the mixer 4, there is a rotary pump type spreader 2 having a structure in which a pair of impellers 2aa and 28h with a wide radius as shown in FIG. 4 are housed in a casing 29.
2 to 20 are directly connected to each other, and the second mixing circuit C5 is formed by the starbucks mixer-1.
Adhesive and gas applied to Kg/tri polishing.
! l: Directly and intermittently extrude the additive iWllll material during the process, directly below] into the vessel 7 30 Tj. The Beni S7 single-temporary wide-drawn plate-like body 19, which was carried over from the factory, was then foamed with additives. To do this, an intermittent drive control 22 such as an electromagnetic clutch brake, a vacuum gangway brake, etc., is installed on the drive shaft of the four-turn pump 3 defeat machine 20. In addition to the equipment, the drive source 23 such as the motor of the intermittent drive mechanism 22 that controls the rotary pump 5 (intermittent driving of the TIT machine 20) is connected to the second constant 1'.[G!J rotary pump]. Between 13 and iiJ
Deceleration drive such as variable speed reduction R} how many horizontal 24 are interposed i! (The number of revolutions of the rotary pump type altering machine 20 is, for example, 600.
When set to rpm, the second quantitative value is 1゛! The rotational speed of the rotary pump 13 is set to be reduced to a range of about 480 to 540 rpm, and the setting scattering of the mixture of adhesive, gas, and additive by the rotary pump type sprayer 20 is, for example, 1
01/mln, the second constant unit rotary pump 1
Set transfer unit of adhesive and gas mixture by 3 to 8 to 9
．． f! The speed reduction is set to about ε/min, and the difference is t, that is, 1 to 21/am. [1] The second mixing circuit 6 is drawn into the star mixer 4 of the same size as the so-called clause fJ. After adjusting the mixing ratio, for example, a mixture ratio of about 1:0.1 to 1:i0.2 can be adjusted by adding a mixture of admixtures, gases, and additives to ε. death! It's a gift. On the other hand, the first J3J-. and second quantitative qy' [ti1 turn Bonzo 7
, 13 questions? I. ! Reduction drive mechanism such as town speed reducer 2 5
is determined, and when the 11Pj rotation speed of the metering type rotary pump 13 of the younger brother 2 is decelerated to, for example, 480 rpm+ in the range of 480 to 540 ppm, the first
The number of rotations of the pump 7 for a fixed number of cravings is 300-・36
The deceleration was set to a range of about 0 FDm (the setting transfer rate of the mixture of the admixture and gas to the second metering type rotary pump 13 was set to the range of 8 to 9 gy" in the above example),
For example, for the setting transfer tower when 81/tri)n,
Decrease the set supply rate of adhesive by the first constant B type rotary pump 7 so that it becomes 5 to 6 1 / mIn by 1 difference, [ilj et al. 2 to 31 /
The gas is sucked into the first mixing circuit 5 in an amount equal to
A mixture of an adhesive and a gaseous ε additive with various foaming density, curing speed, and contact ratio can be produced at a mixing ratio of about 0.375. It is composed in La ■ Noh style. In addition, the above-mentioned intermittent drive machine for continuous and intermittent drive and variable deceleration drive of the first and second metering type co-rotating pumps 7, 13 and the rotary pump type can breaker 20, Instead of equipping the lateral 22, the deceleration drive laterals 24, 25, and their common drive source 23, for example, the first and second
DC-! to each of the single-rotation pumps 7 and 13 and the same-rotation pump 20. No-poser sweater, A
It is also possible to directly mount a motor, etc. on the shaft (continuous and intermittent drive as well as variable deceleration drive). Inward right twist■
Alternate between Remen 1 and left-handed elements “Cross 1!”
．． Star Dates, which have a simple structure with no labyrinth-like snowdrifts in the flow path and are connected in multiple stages, are a mixture of high-frequency crystals, for example, tens of thousands of crystals or more. By adjusting the capacity difference by the stirring action and the variable speed operation of the metering type co-rotating pump and the rotary pump type dispersion machine connected before and after the star mic mill 1, the star mic mill 1 is ．． Additive σ) is supplied into the adhesive ε) by suction mixing at a controlled ratio to 11f of the mixture at an arbitrary ratio υ-C, and prevents solid matter, dust, and snow from entering the adhesive, which normally tends to occur. Due to the intermittent drive control by the four-turn pump-type hole screw, which is resistant to contamination with
A layer of additive-containing foam adhesive is placed on the top surface of the 1-width plate. ．． ! 6. From A6, it was found that the contact agent remaining in one corner of the cylinder and piping, which had not been formed into a labyrinth shape, was found in the conventional device. As the agent hardens over time, it may unexpectedly peel off and fall off, clogging the flow path, resulting in occupational disability, and preventing the formation of gaps in the flow path. ni J
; Difficulties with function sheets due to clogging with mixed solids, dust, etc., and conventional two-liquid fittings.
11 Before the mixing stage, it required some workers and had a limited pot life, which made it unsuitable for automation.
12 Liquid - 1 "In the case of the pre-mixing section, the open part of the equipment and the flow path formed like a labyrinth." To prevent the continuation of the process from occurring smoothly, it is recommended to easily remove the 11 parts with a washing water tank. ``(゜Kitachino(・Yes, wait for it.) During the loading process of Miya plywood, etc., I learned how to apply adhesive to a wide-transfer plate-like material such as veneer veneer. It is ours to achieve the most useful results.

[Brief explanation of drawings]

Figure}31 This figure shows an example of the implementation of 11[,
Is '1 M is a layout diagram of the entire neck mounting, Figure 2 is a partially cutaway side view of Starlike Migiri 1, Figure 3 is a cutaway side view of constant h% type (111 rotary pon f, 4th cut is Eye roll bon 7
39 ti u! There is a partially cutaway side view C. 1... Vibrator, 2, 3... Element 1-, 4...
Starbitsukumi A sir, b... 1st mixed 1l!
1 path, 6... second mixed circuit, 7... first fixed conduit type Iin rotary pump, 8... contact agent supply circuit, 9... first throttle valve, 10... ...Adhesive reflux IUj path, 11...
・Brother] reverse 11' valve, 12... gas supply circuit, 13.
. . . 2nd constant h1 direction Ffj] turning pump f, 14 . . . mixture transfer circuit, ] 5 . . . second throttle valve, 16 . . . 20) Shutoff valve, 18...
Additive {jiQ. ．． 5tδfi-llJ path, 19...
・, wide sloped body, 20...] same rotation ・]y: Nbu Iib
! Spreader, 2'1...1jl wamono sanii i'r l. ”
! ．． ! ] Road, 22... Intermittent drive mechanism, 23... Drive source, 24.25... Deceleration drive mechanism failure. f'-j jTffl rhead person ((30 19 Figure 2 Figure 3 Figure 4

Claims (1)

[Claims] First and second mixing circuits (1) each equipped with a static mixer (4) in which a right-handed twist element (2) and a left-handed twist element (3) are alternately orthogonally connected in multiple stages in a pipe (1); 5, 6), and an adhesive supply circuit (8) comprising a first metering type rotary pump (7) such as a gear pump that continuously supplies liquid adhesive to the first mixing circuit (5). , an adhesive recirculation circuit (10) equipped with a first throttle valve (9) in a side path of the first metering type rotary pump (7), and a gas such as air to the first mixing circuit (5). A gas supply circuit (12) equipped with a first check valve (11) that supplies the mixture of adhesive and gas during suction, and a gas mixture discharged from the first mixing circuit (5) to the second A mixture transfer circuit (14) equipped with a second metering type rotary pump (13) such as a gear pump for transferring to the mixing circuit (6), and a second metering type rotary pump (13) in a side path of the second metering type rotary pump (13). a mixture reflux circuit (16) equipped with a throttle valve (15); and a second check valve (1) that supplies additives such as a curing agent to the second mixing circuit (6) during suction.
7) and the mixture of the adhesive, gas, and additive discharged from the second mixing circuit (6) into a wide plate-like body (19) such as a veneer veneer. An adhesive foaming mixing and dispersing device comprising a mixture dispersing circuit (21) equipped with a rotary pump type dispersing machine (20) for dispersing in a cascade shape on an upper surface, the adhesive foaming mixing and dispersing device comprising: The rotary pump type sprayer (2) can control the spraying operation intermittently.
0) has an intermittent drive mechanism (22) such as an electromagnetic clutch brake.
At the same time, the rate of spraying of the adhesive and gas by the second metering type rotary pump (13) is increased relative to the set amount of the mixture of adhesive, gas, and additives to be sprayed by the rotary pump type sprayer (20). By reducing the set transfer amount of the admixture by an arbitrary amount, the additive can be sucked into the second mixing circuit (6) by the difference in capacity and mixed at an arbitrary ratio, and the second quantitative type By reducing the set supply amount of the adhesive by the first metering type rotary pump (7) by an arbitrary amount with respect to the set transfer amount of the adhesive and gas mixture by the rotary pump (13), its capacity can be increased. A drive source (23) such as a motor of the intermittent drive mechanism (22) and a drive source (23) such as a motor of the intermittent drive mechanism (22) and the first and second Metering type rotary pump (7,
13), a deceleration drive mechanism such as a variable reducer (2
4, 25) An adhesive foaming mixing and dispersing device characterized by intervening.